US122499A - Improvement in gas-generators - Google Patents

Improvement in gas-generators Download PDF

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US122499A
US122499A US122499DA US122499A US 122499 A US122499 A US 122499A US 122499D A US122499D A US 122499DA US 122499 A US122499 A US 122499A
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gas
cover
packing
generators
asbestus
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    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10GCRACKING HYDROCARBON OILS; PRODUCTION OF LIQUID HYDROCARBON MIXTURES, e.g. BY DESTRUCTIVE HYDROGENATION, OLIGOMERISATION, POLYMERISATION; RECOVERY OF HYDROCARBON OILS FROM OIL-SHALE, OIL-SAND, OR GASES; REFINING MIXTURES MAINLY CONSISTING OF HYDROCARBONS; REFORMING OF NAPHTHA; MINERAL WAXES
    • C10G9/00Thermal non-catalytic cracking, in the absence of hydrogen, of hydrocarbon oils
    • C10G9/42Thermal non-catalytic cracking, in the absence of hydrogen, of hydrocarbon oils by passing the material to be cracked in thin streams or as spray on or near continuously heated surfaces
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10GCRACKING HYDROCARBON OILS; PRODUCTION OF LIQUID HYDROCARBON MIXTURES, e.g. BY DESTRUCTIVE HYDROGENATION, OLIGOMERISATION, POLYMERISATION; RECOVERY OF HYDROCARBON OILS FROM OIL-SHALE, OIL-SAND, OR GASES; REFINING MIXTURES MAINLY CONSISTING OF HYDROCARBONS; REFORMING OF NAPHTHA; MINERAL WAXES
    • C10G2400/00Products obtained by processes covered by groups C10G9/00 - C10G69/14
    • C10G2400/26Fuel gas

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  • This invention relates to improvements in apparatus for generating gas from gasoline and otherlighthydrocarbon oils for supplying chandeliers and other burners by generating only when burnin g, the said apparatus being adapted to be attached directly to the chandelier or other burner, or be otherwise suspended in the room. It consists of a novel arrangement of asbestus safety-packing with the generat. ing apparatus, to render the machine nonexplosive in case of overturning and other accidents.
  • the invention also consists of a combination of asbestus flock with the generator to facilitate the vaporization, the said flock being prepared by picking, dressing, 6to., and by chemical treatment, or by either method alone, to a high degree of iineness, and wholly relieved oi' silex or other gritty matter, greatly favoring the vaporizing.
  • the invention also consists of a packing of plumbago and oil or glycerine, or the same with iiocky plumbago for the well in which the cover of the gas-holder works; the object of which is to have packing that will not readily iiow out in case of the overturning of the machine, and which will maintain a uniform temperature within the machine.
  • the invention also consists of a construction of the stationary case and hollow dues, which also serve for posts, in some cases, for the escape of the product of combustion of the -heatused for generating the gas; also lateral iiues connecting the combustion-chamber with the vertical iiues all in one piece, the same being done by casting, the arrangement being' such that the escaping heat of the product of combustion will be mainly imparted to the generator; and the invention also consists in the attachment ofthe instrument to the chandelier by the extensions of the hollow iiues or posts above and below ⁇ the holder, and an arrangement therewith oi'springs to retain the movaable part of the holder in such manner as to allow it to rise with the accumulation of gas, but so that it cannot be thrown off in case the machine is upset, so as to allow any such volume of gas to escape as will explode.
  • the invention also consists in certain automatic apparatus actuated by the movable cover and springs, for regulating the heat used for generating the gas,
  • Figure l is a sectional elevation of my improved machine and a chandelier to which it is affixed.
  • Fig. 2 is a top view of the same with a part sectioned.
  • A is the outer part of the stationary case; B, the inner part; C, the bottom; D, the vertical iiues or posts; E, the combustion-chamber 5 and F, the lateral iiues connecting the combustion-chamber with ilues D 5 all of which are to be made in one piece, by casting, for the purpose of cheapening the cost, the said vertical iiues being extended as much below the bottom as the combustion-chamber is required to be elevated above the top, or as is necessary for connecting to the arms A ofthe chandelier; and they are extended above the top, as shown, for supporting the actuating springs G for the cover H; also for connecting to theupper part B ofthe chandelier.
  • the connection with said arms is formed by the extensions passing through holes formed in them and fasteningnuts al and collars a2, or like means.
  • the cover H will be of sheet metal or cast, as preterred, and it will have a hole, l, with a plug or stop per for supplying the oil from time to time, a exible pipe, K, for conducting the gas to the burner L, a vertical pipe, J, leading to a distributer, M, from which the gas will be conducted, by branches M1 and iiexible pipes M2, to the burners M3, the iexible pipes being employed to allow the cover to rise and fall.
  • N represents chambers containing iiocky asbestus packing, through which the gas is conducted to the burners, which chambers are placed near to the burners, and are used to prevent any possibility of tlame extending back to the gas-holder; also to check any undue pressure, and also to filter the gas.
  • This asbestus fiber which I use both for this packing and in the bottom at O, is distinguished from all mineral liber heretofore used in carburetin g or generating apparatus in being prepared, as before stated, so as to be reduced to a line flocky condition, wholly relieved of the gritty matters, which renders it far superior both as an absorbent and for packing.
  • the machines being in general quite small for supplying only a few burners, the covers will not have sufficient weight to give the necessary pressure, which makes it necessary to use some means to in crease it, and it is sometimes desirable to vary the pressure.
  • I therefore employ the springs, as shown, and will employ any suitable means f'or varying their tension when required to vary the pressure; but I may use weights V, if preferred 5 and, in case of using them, will prefer to so arrange them around the pipe J that they may be taken off' and put on as it may be required to vary the pressure.
  • I provide a lever, a, to the cock b which admits gas to the generating-burner L and connect said lever with the cover H by rods d e, &c., all being so arranged that when the cover rises above the medium position the cock will be turned and the llame lessened, and when the cover goes down the cock will be opened again.
  • These screens are preferably arranged in pairs, as shown, to open in front of the burners; but they may be arranged in any approved way.

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  • Chemical & Material Sciences (AREA)
  • Oil, Petroleum & Natural Gas (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • General Chemical & Material Sciences (AREA)
  • Organic Chemistry (AREA)
  • Incineration Of Waste (AREA)

Description

PATENT EicE.
CHASE A. STEVENS, oE NEw YORK, N. Y.
IMPROVEMENT IN GAS-GENERATORS.
Specification forming part of Letters Patent N o. 122,499, dated January 2, 1872.
Specification describing anew and Improved Gas-Generator, invented by CHASE A. STE- VENS, of New York city, in the county and State of New York.
This invention relates to improvements in apparatus for generating gas from gasoline and otherlighthydrocarbon oils for supplying chandeliers and other burners by generating only when burnin g, the said apparatus being adapted to be attached directly to the chandelier or other burner, or be otherwise suspended in the room. It consists of a novel arrangement of asbestus safety-packing with the generat. ing apparatus, to render the machine nonexplosive in case of overturning and other accidents. It also consists of a combination of asbestus flock with the generator to facilitate the vaporization, the said flock being prepared by picking, dressing, 6to., and by chemical treatment, or by either method alone, to a high degree of iineness, and wholly relieved oi' silex or other gritty matter, greatly favoring the vaporizing. The invention also consists of a packing of plumbago and oil or glycerine, or the same with iiocky plumbago for the well in which the cover of the gas-holder works; the object of which is to have packing that will not readily iiow out in case of the overturning of the machine, and which will maintain a uniform temperature within the machine. The invention also consists of a construction of the stationary case and hollow dues, which also serve for posts, in some cases, for the escape of the product of combustion of the -heatused for generating the gas; also lateral iiues connecting the combustion-chamber with the vertical iiues all in one piece, the same being done by casting, the arrangement being' such that the escaping heat of the product of combustion will be mainly imparted to the generator; and the invention also consists in the attachment ofthe instrument to the chandelier by the extensions of the hollow iiues or posts above and below `the holder, and an arrangement therewith oi'springs to retain the movaable part of the holder in such manner as to allow it to rise with the accumulation of gas, but so that it cannot be thrown off in case the machine is upset, so as to allow any such volume of gas to escape as will explode. The invention also consists in certain automatic apparatus actuated by the movable cover and springs, for regulating the heat used for generating the gas, all as hereinafter described.
Figure l is a sectional elevation of my improved machine and a chandelier to which it is affixed. Fig. 2 is a top view of the same with a part sectioned.
Similar letters of reference indicate corresponding parts.
A is the outer part of the stationary case; B, the inner part; C, the bottom; D, the vertical iiues or posts; E, the combustion-chamber 5 and F, the lateral iiues connecting the combustion-chamber with ilues D 5 all of which are to be made in one piece, by casting, for the purpose of cheapening the cost, the said vertical iiues being extended as much below the bottom as the combustion-chamber is required to be elevated above the top, or as is necessary for connecting to the arms A ofthe chandelier; and they are extended above the top, as shown, for supporting the actuating springs G for the cover H; also for connecting to theupper part B ofthe chandelier. The connection with said arms is formed by the extensions passing through holes formed in them and fasteningnuts al and collars a2, or like means. The cover H will be of sheet metal or cast, as preterred, and it will have a hole, l, with a plug or stop per for supplying the oil from time to time, a exible pipe, K, for conducting the gas to the burner L, a vertical pipe, J, leading to a distributer, M, from which the gas will be conducted, by branches M1 and iiexible pipes M2, to the burners M3, the iexible pipes being employed to allow the cover to rise and fall. N represents chambers containing iiocky asbestus packing, through which the gas is conducted to the burners, which chambers are placed near to the burners, and are used to prevent any possibility of tlame extending back to the gas-holder; also to check any undue pressure, and also to filter the gas. I propose to till the holder B-say about two-thirds full-with as bestus flock 0, heated chemically to remove all the silex and other foreign matters, and then picked, carded, dac., so as to be rendered fine and tlocky; or so prepared, by either chemical or mechanical means alone, to absorb the oil and hold it in suspension to facilitate the vaporization, which I find it does very much better than when in the crude state, as I am aware it has been used before; and above this flock O l provide a vacant space, P, as a reservoir for the ga-s generated, either having a perforated disk, Q, above the flock or not, and at the upper part of the holder, below cover H, l arrange another packing, It, of the prepared flock, supporting it on a perforated disk, S, or other equivalent device, the mass being about as thick as the distance the cover is to rise, or a little more, and being so connected to the cover or otherwise arranged that it will rise with it-say, by means of chains H- so that there will be no vacant space between the packing and the top of said cover, as there would be if the latter should rise alone, in which case the gas would accumulate in sufficient amount to explode if fire should reach it through the top by any accident; or ifthe machine should be overturned the gas cannot escapefrom chamber l? over the top of B and through the packing R in sufficient amount to explode. This asbestus fiber, which I use both for this packing and in the bottom at O, is distinguished from all mineral liber heretofore used in carburetin g or generating apparatus in being prepared, as before stated, so as to be reduced to a line flocky condition, wholly relieved of the gritty matters, which renders it far superior both as an absorbent and for packing. As a further means ofl safety from explosion in case of the overturning ofthe machine, I propose to pack the well or space V between the parts A and B of the stationary parts of the holder with plumbago alone, or plumbago and asbestus mixed with oil, glycerine, water, or other substance in sufficient quantity to not obstruct the rising and falling ofl the cover, the object being to have a lire-proof' packing that will not flow out quickly and let the gas escape. It is also valuable for maintaining a uniform temperature in the generator owing to the low conducting power of these substances. Only a small proportionof fluid is necessary to make this packing thin and pasty enough for the cover to work freely, for both the plumbago and asbestus have natural lubricating qualities which render them valuable for such packing. I propose to employ springs G above the cover H, as shown, both to keep it in place in case of overturning and to cause the necessary pressure of gas, said springs being attached to cross -bars T supported above the cover by the vertical extensions of the posts, as shown. The machines being in general quite small for supplying only a few burners, the covers will not have sufficient weight to give the necessary pressure, which makes it necessary to use some means to in crease it, and it is sometimes desirable to vary the pressure. I therefore employ the springs, as shown, and will employ any suitable means f'or varying their tension when required to vary the pressure; but I may use weights V, if preferred 5 and, in case of using them, will prefer to so arrange them around the pipe J that they may be taken off' and put on as it may be required to vary the pressure. In order to regulate the generation of the gas according to the consumption I provide a lever, a, to the cock b which admits gas to the generating-burner L and connect said lever with the cover H by rods d e, &c., all being so arranged that when the cover rises above the medium position the cock will be turned and the llame lessened, and when the cover goes down the cock will be opened again. As the action of the heat-rays from the burners M3 upon the sides ofthe generator will have considerable effect also upon the generating power I propose to regulate this automatically also, using therefor doors f or hinged screens to be closed and shut off the heat when the gas accumulates and the cover rises by said cover H, to which said doors are connected by cords g, which pass under guide-rollers hup to said cover for the purpose, and the said doors will be opened when the cover falls by springs t', of any kind, suitably arranged therefor. These screens are preferably arranged in pairs, as shown, to open in front of the burners; but they may be arranged in any approved way.
I do not limit myself to the use of this generator in connection with chandeliers, as here shown, but propose to use it separately for supplying any system of burners.
Having thus described my invention, I claim as new and desire to secure by Letters Patent- l. The combination, with the oil-chamber of an oil-vaporizing apparatus, of a filling of prepared flock, Q, of asbestus or other mineral liber, substantially as specified.
The combination, with a gas-generator and holder A B H, of a packing of plumbago and water or other liquid, or the same with asbestus flock, all substantially as specified.
3. The exterior case A, interior B, bottom C, fines F D, and combustion-chamber E, all constructed in one piece, substantially as specfied.
4. The flues D extended above and below the vessel A for connection to the chandelier and for other purposes, all substantially as specified.
5. The combination of the cross-bars T, vertical llues D, and spring G, all substantially as specified.
6. The combination, with thel generators, of the heat-regulating screens j', said screens being automatically actuated by springs, and the cover H and connecting mechanism, all substantially as specified.
The above specification of my invention signed by me this 7 th day of November, 1871.
CHASE A. STEVENS.
Witnesses:
T. B. MosHER.
Gno.'W. MABEE. (66)
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